With its advantages of high precision, high efficiency and high flexibility, CNC Turning And Milling Series Products technology has become an irreplaceable master of complex shape parts in modern manufacturing.
1. Multi-axis linkage to achieve complex geometric shapes
CNC Turning And Milling Series Products adopts multi-axis linkage technology, which usually includes at least the linkage of three coordinates of X, Y, and Z, and even extends to the rotation of B and C axes. Such multi-axis linkage can achieve extremely complex spatial geometric shape processing. This technical feature makes the processing process no longer limited to simple plane processing, but can achieve high-precision processing of parts such as three-dimensional curved surfaces, spiral grooves, and complex cams.
2. High precision and surface quality
CNC Turning And Milling Series Products equipment is equipped with high-precision ball screws, linear guides and advanced servo motors, so that the processing accuracy can reach micron level or even higher. Through complex programming and real-time control, the tool path and cutting parameters can be accurately adjusted during the processing process, so as to obtain extremely high surface quality and processing consistency. This is especially important for complex parts that require precise matching and smooth surfaces.
3. Diverse tools and cutting methods
CNC Turning And Milling Series Products machine tools can be equipped with a variety of tools, including turning tools, milling cutters, drills, boring tools, etc. These tools can cooperate with each other to complete multi-process processing tasks. Through programming, the order of use, cutting speed and cutting depth of different tools can be flexibly controlled to cope with complex parts of different materials, shapes and processing difficulties. For example, when processing carbide parts, the cutting parameters of the tool can be accurately controlled by the CNC system, thereby extending the tool life and improving processing efficiency.
4. Customized programming and intelligent processing
The CNC Turning And Milling Series Products system uses G code programming. Users can customize programming according to specific processing requirements and accurately design parameters such as tool path, feed speed, and cutting depth. Based on the assistance of CAD/CAM software, design drawings can be directly converted into processing codes, greatly improving programming efficiency and processing accuracy. In addition, the intelligent CNC system can also monitor the processing status in real time through sensors, automatically adjust parameters to cope with changes that may occur during the processing process, and further improve the stability and reliability of processing.
5. Multi-process integration to improve processing efficiency
A significant advantage of CNC Turning And Milling Series Products technology is that it can realize multi-process integrated processing, that is, it can complete many processing steps such as turning, milling, drilling, tapping, etc. on one device, without the need to frequently change equipment and fixtures, thereby reducing processing cycles and costs. Complex parts can be gradually and accurately formed on a workpiece, which is extremely beneficial for the needs of complex shapes and high-precision processing.
6. Adapt to a variety of materials and mass production
CNC Turning And Milling Series Products technology is widely applicable to the processing of a variety of materials such as metals, plastics, and composite materials. It can adjust processing parameters according to the characteristics of the materials to adapt to different processing requirements. In addition, the flexibility and high production efficiency of CNC Turning And Milling Series Products equipment make it very suitable for small-batch, multi-variety production modes, and also for the efficient processing needs of large-scale production.
CNC Turning And Milling Series Products has become a master of shaping complex-shaped parts through comprehensive technical advantages such as multi-axis linkage, high-precision control, diversified tools, customized programming, process integration, and wide material adaptation. Its application in actual production not only improves processing accuracy and reduces production costs, but also significantly improves product quality and production efficiency, and effectively promotes the development of modern manufacturing industry towards precision and intelligence.
